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The project’s consortium met physically last week in Valencia, Spain, to align on the status of the activities and to plan the next steps to meet the targeted objectives of the project.
We are pleased to welcome Dr. Harilal to the ECO2Fuel project as a postdoc in the Department of Energy Conversion and Storage at the DTU. Harilal,
Grey fossil feedstock for the chemical industry and fossil fuels for long-distance transport must be substituted by green and sustainable alternatives that utilise CO2, a waste material as
We are looking forward to receiving your high-quality communications, research papers and review articles that address primarily the applied science side of CO2 electrolysis, ranging from electrode and membrane fabrication, long-term studies, full-cell experiments, CO2 electrolysis stack design, and complete CO2 electrolysis systems.
Sabrina Zignani, Researcher in Electrochemical Process at CNR ITAE, presented ECO2Fuel at the Institute of Chemistry – University of Sao Paulo in Brazil. The current research at
No other comparable system has so far achieved a similar runtime. Since the commissioning of the research facility connected to the neighboring power plant in 2009, the widely applicable climate protection technology for reducing CO2 emissions from industrial exhaust gases has been continuously tested and improved.
To implement molecular-scale and solution-phase sieving effects tailored to the specific species that need to be excluded to achieve the selective passage of the various reactants and products to where they are needed, Hydrolite is taking advantage of their advanced fabrication techniques.
The membrane is the heart of the cell and responsible for separating the anode and cathode and transporting anions between the two electrodes. The ion-conducting properties of the membrane are a decisive factor in the performance of the electrolysis cell and also susceptible to chemical or mechanical degradation.
For these reasons, comprehensive characterization of the performance and stability properties is essential.
To have a good understanding of the real sustainability impact of the ECO2FUEL technology we use an integrated assessment including economic, environmental, and social aspects.